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Results 371 - 380 of 753 for Position sensors
  • News - 29 Nov 2010
    European researchers have developed the AMAR III robot that can communicate with objects via the sense of touch without requiring a huge repository of instructions for each object it might come...
  • News - 26 Nov 2010
    Adept Technology, a leading supplier of robotics solutions, has partnered with Lyon Civil Hospitals to take part in the Lyon Auvergne Rhone-Alpes Cancer cluster (CLARA) program, to develop an...
  • Equipment
    Based on the tried-and-tested Wiesel 2 lightweight armoured system, the Wiesel 2 digital is a fully digitized vehicle featuring advanced modular system architecture. Along with the driver's position,...
  • News - 13 Oct 2010
    India’s Remotely Operated Vehicle (ROV) which was built by the National Institute of Ocean Technology (NIOT) in collaboration with the Russian-based Experimental Design Bureau of Oceanological...
  • Article - 26 Jun 2013
    An autonomous underwater vehicle (AUV), also called as unmanned underwater vehicles, is a robot that performs underwater survey missions such as detection and mapping of obstructions, rocks, submerged...
  • Article - 21 Jun 2013
    The advancement of robotics and the large-scale use of these devices have increased the need for computer simulation of robots.
  • News - 8 Sep 2010
    Engineers at Harvard University are researching on the development of microscopic aerial robots that could someday help to investigate environmental risks like forest fires and to perform rescue...
  • Equipment
    The Sentinel system will allow an operator to dynamically select and task groups of mobile robots to navigate to specified waypoints or along specified paths. Individual robots will combine GPS/INS...
  • News - 4 Apr 2025
    In a significant step toward intelligent robotics, researchers have developed ELLMER—an AI-powered robot that combines GPT-4 with real-time visual and force feedback to perform complex,...
  • News - 19 Dec 2024
    A recent study has examined how machine learning (ML) techniques can be used to predict wall pressure fluctuations on aerospace launchers during atmospheric ascent. These predictions address a...

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